That is a very interesting study. I know the numbers have been extrapolated and therefore do not necessarily represent the actual number of planets
in the habitable zone. However, even if 0.001% of those 500 million planets have a real chance of having some form of life, that still amounts to
5000 planets with life (intelligent or otherwise). That is in our galaxy alone!

With billions and billions of galaxy in the universe (latest estimates being ~300 billion), its hard to say that life, in one form or another, may not
exist elsewhere. The universe may very well be teeming with life!

When "scientists" say something may be so, it has more credibility than the average person "saying" something and a higher percent chance of being
correct. Even if it is an educated guess, it means more than the average person guessing the same thing; the scientists have access to a lifetime of
education and interest in said subject matter, thus, it is only logical that their results will mean more than a kid on a computer using astronomy
software. Having said that, you do have to be critical of what they say, as being critical in itself is a fundamental "property" of science, negative
or positive criticism helps in the development of a stable theory but that is NOT to say that you should devalue every scientists' claim as you have
as being mere # on the sidewalk. Your arrogance is unfounded.

Not sure about life out there though, I still wonder about it on our little ball of dirt sometimes. What if we are SO unique that we are "it"?

Just believing in life elsewhere or not being able to comprehend the impossibility seems slightly arrogant to me....how human, and what a great excuse
for funding of said "scientists"

That is entirely possible. Given the scale of things, however improbable, it is entirely possible that we might be 'it'.
On the other hand, the opposite is equally possible. Even if it is only some tiny bacteria growing deep underground somewhere, our claim of being the
'it' goes down the drain.

Maybe I should have explained my point of view better so you understood better.

So often, we hear stories and reports by "scientists". So often we hear and read about the incredible things they discover, invent, make, etc.

Not so often do we get as much information about those who do the science.

The search for life elsewhere could, and will probably go on for a very long time. Meanwhile, billions in funding goes to almost anonymous people for
projects that don't actually help us in the here and now.

"Blinded by science" while millions starve and countries are at war and in revolution.

Originally posted by Somehumanbeing
When "scientists" say something may be so, it has more credibility than the average person "saying" something and a higher percent chance of being
correct. Even if it is an educated guess, it means more than the average person guessing the same thing;

Ridiculous. If a lay person comes to the same conclusion, his 'guess' is just as good as that 'scientist'. How many times in history have these
'scientists' driven out newcomers because their idea messes up the establishment.

"When a distinguished but elderly scientist states that something is possible he is almost certainly right. When he states that something is
impossible, he is very probably wrong." _ Arthur C Clarke.

Originally posted by Ph0en1x
I know the numbers have been extrapolated and therefore do not necessarily represent the actual number of planets in the habitable zone. However,
even if 0.001% of those 500 million planets have a real chance of having some form of life, that still amounts to 5000 planets with life (intelligent
or otherwise). That is in our galaxy alone!

An extrasolar planet, or exoplanet, is a planet outside the Solar System. As of February 18, 2011, astronomers confirmed detection of
527 such planets. More than 1235 planet candidates await confirmation investigations, including 54 that may be in the "Habitable
Zone."[4][5][6] Six of the candidates in this zone are smaller than twice the size of Earth, including one (KOI 326.01) that is "Earth-size" (at
0.85 Earth radius).

As I said in one of my earlier posts in the thread, it is not necessary that the life on any of known and hypothesized planets be intelligent life.
Even if it is bacterial life growing in a remote place on a planet, we can not claim that life exists only on earth.

As for intelligent life, if it exists, we are so far removed from each other that we may never know of each others existence until some 'better' way
of travelling or communicating in space is developed. Even if we have been sending out radio signals for past 50 years, it doesn't necessarily mean
that any alien civilization can even detect it, let alone understand it.

Maybe I should have explained my point of view better so you understood better.

So often, we hear stories and reports by "scientists". So often we hear and read about the incredible things they discover, invent, make, etc.

Not so often do we get as much information about those who do the science.

The search for life elsewhere could, and will probably go on for a very long time. Meanwhile, billions in funding goes to almost anonymous people for
projects that don't actually help us in the here and now.

"Blinded by science" while millions starve and countries are at war and in revolution.

Ever consider if the same could be happening on 10,000 other worlds?

How is discovering the probability of these types sizes and variety of planets and the chances they exist around stars in our galaxy not helping us?.

It may not bring about physical tangible things that we can use in our present day society to help feed or house someone but this information is
greatly important to the human race.

HOW DARE you talk about the mere billions in funding the science community gets when that is just pocket change compared to the trillions we spend on
the military industrial complex and many other useless materialistic items our society is addicted too.

For you to try and denounce the wonderful aspect of curiosity that we get to enjoy by finding new aspects of our universe like this example and
discovery/theory that expands the way we can relate and see ourselves in the universe.

Just another small corner of the universe that is most likely teeming with life everywhere it can exists. ( And i believe it will exists in many
places).

I posted this in the thread that I thought was the first one, I'll post it again though:

You all realize that...

Well, this is hard for me to type because I am piss ridiculous excited

500 million in safe zone. And that's an understatement:

And that’s a minimum because these stars can have more than one planet and Kepler has yet to get a long enough glimpse to see stars that are
further out from the star, like Earth, Borucki said. For example, if Kepler were 1,000 light years from Earth and looking at our sun and noticed
Venus passing by, there’s only a one-in-eight chance that Earth would also be seen, astronomers said.
www.thestar.com...

So lets multiply that number, not by 8, because that's being optimistic, but by 4. That's 2billion planets in the GoldieLocks zone. Let's say 1% of
that number actually sustain life: 20 million. And lets say that 1% of those species on those planets are within 10,000 years of approximate
technological advancements (both ways): 200,000 planets. To assume that we have beings out of those planets who have learned to bend space time or
utilize Heim Theory (en.wikipedia.org...) for travel let's say its another 1%...that's 2,000 planets. But if you want to
dwindle that number down...it could be something like a .1% chance making it 200 planets with species holding god-like technology. And assuming only
50% learned not to destroy themselves in war...you have around 100 planets with species capable of traveling the galaxy with relative ease. Which
reminds me of this: www.youtube.com...=399 (Yeah, Greer might be an opportunist, lying prick [from
my opinion], but lets ignore the man for 15 seconds)

Now, all of that is conjecture, but it makes one wonder. It also fills my heart with hope.

But, you're making a false step in probability. We know that there is life on one planet in the universe. We don't know more than that. A sample of
one, statistically means nothing. Nothing can be extrapolated about it. It might mean that on every planet capable of supporting life there is life
everywhere, it might mean there is life somewhere, or it might mean there is life nowhere. But the sample of one tells us nothing about the chances at
all. You need to have found examples more than once to generate statistics.

If we find one other inhabitable planet without life, then we can start to guess that life might be only 50% likely. If we find several, the chances
go down.

If we find other inhabitable planets with life, then the chances go up. If all other inhabitable planets we find actually have life then the chances
start tending toward 100%.

But.

But, the chance of life existing is not something that is *pre-determined*. It is something that is discovered by observing.

Because we do not know the mechanism for life to start. We have not observed that mechanism. We just have ideas about it.

And that's not even asking the question about *intelligent* life.

So many people look at the number and say, "wow, so many planets, so *some* of them *must* be inhabited by intelligent life".

I could just as well say to them, "wow, so many people who have lived, live, and will live on earth, so *some* of them *must* end up being the
same".

We cannot assign probability to this at the moment. Not 1%, not 100% not any percent. It is a non-extrapolable statisttic we currently have. We just
have to look. That's why it's important. We're not trying to discover life, or trying to discover intelligent life, just for its own sake (though
it would be interesting in itself, just as a new species is on earth). We're trying to work out what the chance is, based on what we find. That is a
much more important question for us to know the answer to.

Originally posted by TheOneElectricNow, all of that is conjecture, but it makes one wonder. It also fills my heart with hope.

con·jec·ture
/kənˈdʒɛktʃər/ Show Spelled [kuhn-jek-cher] Show IPA noun, verb, -tured, -tur·ing.
–noun
1.
the formation or expression of an opinion or theory without sufficient evidence for proof.
2.
an opinion or theory so formed or expressed; guess; speculation.

Originally posted by Ph0en1x
I know the numbers have been extrapolated and therefore do not necessarily represent the actual number of planets in the habitable zone. However,
even if 0.001% of those 500 million planets have a real chance of having some form of life, that still amounts to 5000 planets with life (intelligent
or otherwise). That is in our galaxy alone!

This data is bunk. There are far more habitable places. Lets take a look at Saturns moon, Titan - according to this data well outside the habitable
zone.

The atmosphere of Titan is largely composed of nitrogen; minor components lead to the formation of methane and ethane clouds and nitrogen-rich
organic smog. The climate—including wind and rain—creates surface features similar to those of Earth, such as sand dunes, rivers, lakes and seas
(probably of liquid methane or ethane) and shorelines, and, like on Earth, is dominated by seasonal weather patterns. With its liquids (both surface
and subsurface) and robust nitrogen atmosphere, Titan is viewed as analogous to the early Earth, although at a much lower temperature. The satellite
has thus been cited as a possible host for microbial extraterrestrial life or, at least, as a prebiotic environment rich in complex organic chemistry.
Researchers have suggested a possible underground liquid ocean might serve as a biotic environment.[11][12] It has also been suggested that a form of
life may exist on the surface, using liquid methane as a medium instead of water; and anomalies in atmospheric composition have been reported which
are consistent with the presence of such a life-form, but which could also be due to an exotic non-living chemistry.[13] en.wikipedia.org...

Jupiter's moon Europa may also be a candidate.

On Earth, liquid water plays this role. Water has some chemical properties that make it particularly favorable as a medium for life, although we
probably should not rule out the possibility that other types of liquid, such as organic liquids, might play this role in other types of biology. If
liquids truly are necessary for life, then the potential abodes for life in the outer Solar System are quite limited. Europa and Titan both have been
proposed to have oceans and are therefore the best possible candidate locations for life in the outer Solar System. solarsystem.nasa.gov...

So if Saturn and Jupiter, by virtue of their moons, should classed as in the habitable zone then the results of this study are a massive
underestimate of the number of habitable planets in the Milky Way to say the least.

Sending a message to them now... Will get there in just a day over 19 years

Stars within 50 light years... those are the only ones that could have really heard us so far as more than 50 years ago our signals didn't have the
power to go that far.

Except there is probably life in the solar system.

The first incorrect assumption made is that all life has almost identical requirements to us. The roots of this idea lie with the fact that we have
been 'educated' to think that Earth has the only life. There are probably other life forms out there that don't require water (e.g. methane is a
polar molecule when liquid putting Neptune and Uranus in the picture). There are also 'plasma critters' (see
New Scientist. There is a fascinating article by Jay
Alfred on possible Plasma bases life forms. This part is pertinent here.

Plasma, on the other hand, is associated with high temperatures. Plasma life forms would be much more adapted to environments which would be
considered hostile to carbon-based life forms. It is possible that plasma life forms were already present in the gas and materials that formed the
Earth 4.6 billion years ago. Carbon-based biomolecular life forms only appeared 1 billion years later. Tsytovich and other scientists (including
Lozneanu and Sanduloviciu, discussed below) have proposed that plasma life forms, in fact, spurred development of organic carbon-based life on
Earth. www.unexplained-mysteries.com...

So, if plasma life forms can exist in more extreme conditions then all these calculations about where life can exist are way out. It can exist
practically anywhere.

Next we have multiverses and other-dimensions. Lots of UFOs display signs of inter-dimensional behaviour. That multiplies up the possibility of life
massively again. If there are multitudes of dimensions interacting with this one then the mind can only boggle at the possibilities.

Conclusion

The universe is teeming with life . Much of it is not as we know it. We are being interacted with and observed by this life an a daily basis.

Most historical and current cultures accept that there is life and intelligence everywhere (even in matter). Why has our culture not recognised it?
Firstly, we have been obsessed with an atheistic materialism (a reaction to medieval religion and superstition) which has blinded us to many
possibilities (modern physics is changing that). Secondly, we are simply looking in the wrong way. If we stop looking for life exactly like us (not
that our galactic cousins aren't aware of us) we would probably see life all around us.

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